def __init__(self, nodes, index):
SkeletonElementBase.__init__(self, nodes)
skeletonselectable.SkeletonSelectable.__init__(self, index)
# Although the CSkeletonElement keeps a list of
# CSkeletonNodes, the extra information in the Python
# SkeletonNodes isn't available unless we keep a list of them
# here, as well. It's possible that we could move all the
# extra info into the CSkeletonNode class and swig it.
# Canonical ordering will still work, because it's based on
# indices.
self.nodes = nodes
for node in nodes:
node.addElement(self)
# When a real mesh is made from the skeleton in which this
# element lives, self.meshindex gets assigned the index of
# that element. This index is the same for all the real meshes.
self.meshindex = None
self.ID = object_id.ObjectID()
# process ID (only meaningful in parallel mode)
if parallel_enable.enabled():
from ooflib.SWIG.common import mpitools
self._procID = mpitools.Rank()
else:
self._procID = None
def dimIndependentInit(self, index):
self._elements = []
self.ID = object_id.ObjectID()
# parallel attributes
if parallel_enable.enabled():
self._owners = [] # only for the initial Skeleton
self._shared_with = [] # except me
self._remote_index = {} # procID : remote index
def __init__(self, nodes, index):
## nodes is a tuple containing two SkeletonNodes in canonical
## order (see skeletonnode.canonical_order().
skeletonselectable.SkeletonSelectable.__init__(self, index)
self._nodes = nodes
self._elements = []
self.edges = []
## parallel processing variables
self._rank = -1
self.ID = object_id.ObjectID()